CN103020421B - energy dashboard - Google Patents
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- CN103020421B CN103020421B CN201210380078.1A CN201210380078A CN103020421B CN 103020421 B CN103020421 B CN 103020421B CN 201210380078 A CN201210380078 A CN 201210380078A CN 103020421 B CN103020421 B CN 103020421B
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Abstract
A kind of system for utility consumption dashboard to be presented.The instrument board, which can have, to be used to show energy or one or more panes of other consumption of power relevant informations.Pane may indicate that the period of the consumption of power and consumption.For the different types of consumption of power, such as electricity, coal gas etc., the data of the consumption of power can be shown according to year, season or the moon.The consumption of power can be recorded in various situations.Another pane can provide the daily pattern related to the consumption of power.Another pane can provide the scatter-plot of the data point related to the temperature outside the consumption of power and space.Dynamic interaction including analysis can relate to the temperature outside the consumption of power, period and space.The data point in any pane or information point may be selected to show the ToolTips for making to highlight on the details of the point.
Description
Background technology
The disclosure is relevant with energy, particularly relevant with energy expenditure and demand.The disclosure is more particularly with monitoring energy
Consumption is relevant with demand.
The content of the invention
The disclosure presents the system for energy dashboard to be presented.The instrument board, which can have, to be used to show the related letter of energy
One or more panes of breath.Pane may indicate that energy or the use (consumption or demand) of other resources (such as water) and resource
The period used.Used for different types of energy, such as electricity, coal gas etc., the data that energy uses can be according to year, season
Degree is illustrated in month.Energy use can be recorded in the situation in occupied or uninhabited space.Another pane can
There is provided and use relevant daily pattern with energy.Another pane can provide relevant with the temperature outside energy use and space
The scatter-plot of data point.Dynamic interaction may be present in energy and use, between the temperature outside period and space.It may be selected
Data point or information point in any pane show the ToolTips for making to highlight on the details of the point.
Brief description of the drawings
Fig. 1 is the diagram of the illustrated examples of the system available for display instrument dash board；
Fig. 2 is the diagram of the illustrated examples for the instrument board for showing energy-related information；
Fig. 3 is to draw framework using cursor of mouse to surround a part for the data marked in chart；
Fig. 4 is the diagram of selection for illustrating to make in Fig. 3；
Fig. 5 is to have selected temperature and dwelling state (OCCUPANCY) pane, and is chosen to show energy for non-dwelling state
Amount uses the diagram of summation；
Fig. 6 is the diagram using another example of different dwelling state situations according to monthly view；
Fig. 7 is two situations for showing the Dan Yue used for energy；
Fig. 8 is the diagram for the ToolTips that the details for the part for making chart highlights, and the part of the chart illustrates use
In the unoccupied period of the selected moon；
Fig. 9 is the diagram for the ToolTips that the details for the part for making chart highlights, selected by the part of the chart represents
The occupied period for the moon selected；
Figure 10 is the diagram for the ToolTips for highlighting the details of the certain day on instrument board in calendar；
Figure 11 is the diagram for the ToolTips for highlighting the details of the data point in scatter-plot；
Figure 12 is the diagram to driving the selection of some days in the week of weather dependence scatter-plot；
Figure 13 is the diagram to driving the selection in the odd-numbered day of weather dependence scatter-plot；
Figure 14 is the diagram for the drawing for showing the Dan Tian in calendar pane；
Figure 15 is the diagram of the ToolTips of the details of data point in the drawing in single day for show calendar；
Figure 16 is the diagram for showing the ToolTips of the details of identical data point in scatter-plot；
Figure 17 is the diagram with the pane to the selection for data of some meter types more than 1 year；
Figure 18 is the diagram drawn the day of combustion gas type of meter, and the diagram had both been used for the details with showing data point
The dwelling state of the relevant ToolTips of data point, it is used for again to show with disappearing indicated by the bottom of the instrument board the whole moon
The scatter-plot of the drawing of consumption；
Figure 19 is the diagram drawn day, but scatter-plot presents the data point of one day being served only for shown in calendar；
Figure 20 is the diagram drawn day, is had on the ToolTips of the data point in scatter-plot and in left pane
Three meter types of selection；
Figure 21 is the diagram drawn day, has selected data point, and the data point has from this to the company of respective axle
Line, these axles are respectively used to be read out the minute of specific energy and this day；
Figure 22 is the diagram of scatter-plot, has selected data point, and the data point has from this to respective axle
Line, these axles are respectively used to be read out specific energy and Wthr temperature ID；
Figure 23 is the diagram of instrument board, has the selection for using the trimestral energy of combustion gas data, it is in scatter-plot
In be illustrated；
Figure 24 is the diagram of instrument board, has the selection for using the energy of combustion gas 1 year data, it is in scatter-plot
It is illustrated；
It according to the moon is actually all record times and left in instrument board for meter types all in system that Figure 25, which is,
The diagram of selection is carried out in pane；
Figure 26, which is, to be actually all record times according to season and is all meter types in system in the left window of instrument board
The diagram of selection is carried out in lattice；
Figure 27, which is, to be actually all record times according to year and is all meter types in system in instrument board left pane
The middle diagram for carrying out selection；
Figure 28 is the diagram of the calendar pane of instrument board, and it presents 1 year used for the electric energy of one day and another year
Comparison；
Figure 29 presents the ToolTips of the one day for First Year annotated in Figure 28；
Figure 30 presents the ToolTips of this day in another year in Figure 28；
Figure 31 not only presents the daily energy use compared with 1 year in 1 year for particular day, also presents for three
Such comparison of kind different instrument type；
Figure 32 and 33 respectively illustrates the ToolTips for the electric data point of particular day in 1 year, and the phase of another year
The ToolTips of the electric data point of same particular day, for comparing for many years；
Figure 34 and 35 respectively illustrates the ToolTips for the coal gas data point of particular day in 1 year, and another year
The ToolTips of the coal gas data point of identical particular day, for comparing for many years；And
Figure 36 is the diagram for the ToolTips of the water of the particular day of the particular day in certain year.
Embodiment
Increment (such as 15 minutes) the interval instrumented data in interaction instrument board can be used to provide situation and ratio for this method
Compared with information.This method can be used by the energy spectrometer teacher of offer service, or the facility managers of tracking energy expenditure.It can be used
The example of this instrument includes the energy monitoring service for commercial establishment, to provide the quick review for mass data.
The instrument can be also deployed at customer location so that data can be efficiently used to manage resource consumption in local employee.
In Fig. 1, using the system 60 that information is presented, so as to display instrument dash board 10.Data source 63 can be to processor 62
Information is provided.Data source 63 can be from power instrument, sensor, external data base etc. receive information.Interface 65 can be connected to
Processor 62.Interface 65 can be used for finding information by internet, cable, wireless medium and other transmission means.Processing
Device can realize software and enter data to that instrument board 10 is presented on the display 66.Interface 65 can especially have keyboard, so as to
Processor 62 interacts.Mouse 67 can be connected to interface and be used for the screen of instrument board on the display 66 or present on 64
Mobile cursor or other projects.Screen or presentation 64 can show the instrument board 10 of one or more panes 59 with information.Instrument
Dash board and/or pane 59 can be that one or more interactions are presented or the one or more interactions of combination are presented.Suitably or it can press
One or more non-panes be present according to needs.Pane or non-pane can for other information, to make a choice etc. be available.
Contribute in the case of being used for interaction, " user interface " can combine keyboard, mouse, display, and such as touch-screen, control stick
With other projects of sound, it allows users to interact and operate in the inside and outside of system 60.As shown here
System 60 can be only used for realizing the illustrated examples of the mechanism of this instrument board method.For realizing the other of instrument board method
Example can combine board, iPad, PDA etc..
Method for utility consumption dashboard to be presented can include：Instrument board is generated on the display 66 with processor 62
10, one or more panes 59 are generated on the dash panel and at least one pane 59 has the interaction of the information related to energy
View.Available subscribers interface 65,67,66 realizes the interaction of the information exchange view related to energy.This method can be further
The ToolTips relevant with data point is generated included in pane 59, to obtain details.It can be realized with this method other
Project.
Instrument board can provide the entirety and inter-view of data.Instrument board can allow user while compare at place
The moon and Month And Year and the energy in year or other resources of one or more electricity, coal gas or water instrument.
Energy monthly is determined using the other situations for being divided into the occupied and unoccupied period or being consumed by influence
Justice period, and these periods can be highlighted by using comparative shade, symbol or color.It can be shown on calendar
Per daily consumption, and as monthly summary, the calendar can also have been highlighted by using identical shade, symbol or Color scheme
People lives and the unoccupied period.Energy expenditure can be shown as the function of standardized variable by the 3rd pane, the standardized variable
E.g. temperature, productivity ratio, sale or the other situations for influenceing consumption.Monthly summary is used as filter utility, thinks calendar
The period is selected with normalized version.Additional filtered variable can be available, with selection time scope and instrument.Parametric variable
Can be available, with the other situations for adjusting the occupied period or influenceing consumption.
A kind of method can use static chart, but it can be extended for dwelling state or other situational variables
The parameter setting of input.
Fig. 2 is the diagram of illustrated examples energy dashboard 10, and the energy dashboard 10 shows the chart of customizing messages
31.The information can be shown with the form of other species.This instrument board example can be designed with various instruments.Example work
Tool can include TableauTMReader.Energy dashboard 10 can have pane 11,12 and 13.It the diagram illustrate in pane 11
The monthly contact between the details in view and pane 12 and 13.Dwelling state legend 14 may be present, it shows that being used for someone occupies
Firmly a shade, symbol or the color of period and another shade, symbol or color for the unoccupied period.Region 15
Available for the selection to meter type (such as electricity, coal gas or water).The meter type that may be selected to include all of which is appointed
What is combined.Various types of instrument can be added to selection or be subtracted from selection.Region 16 can be used for instrument selection so as to
Check.The example of instrument shown in this example can include A-main-elec, B-ext elec, B-main-elec,
Boiler2_3Gas、Boiler4Gas、Boiler5Gas、Boiler6Gas、C-Main-elec、Main-Gas、Main-
Water, Total Electrical and (All) are all).Various types of instrument can be added to selection or subtract from selection
Go.
Region 17 can provide selection to 1 year or for many years to be observed with instrument board.In this example, available year
Part is 2009 and 2010.Other times can be added.Region 18 can provide to one month or the selection of multiple months.Year may be selected
The combination of the moon in part.Alternately choose " (All) " frame.Region 19 may indicate that dwelling state starts hour and dwelling state knot
Beam hour.Beginning and end hour can individually be adjusted with the increment of half an hour.
Pane 11 can be that one or more electricity, coal gas and/or water instrument at place are indicated with the energy of year, season and the moon
Measure the visual depiction of consumption.Consumption can be broken down into the occupied and unoccupied period 21 and 22 respectively, and can be cloudy by contrast
Indicated by shadow, symbol or color.
Pane 12 may indicate that the visual depiction for the daily pattern that the power for various time spans uses.Can be by inhabitation shape
State or non-dwelling state indicate consumption or demand.Can be to daily instruction consumption or the numerical value of demand.
Pane 13 shows chart 23 of the specific energy with respect to outdoor air temperature.Moreover, dwelling state (i.e. occupied or nothing
People lives) it can be indicated with shade, symbol or color in data.
Their own information area can be presented in various formats for pane 11,12 and 13.Furthermore, it is possible to different
Order and/or different relative size arrange these panes.Presented in visual example many figures described herein.
The chart 31 of energy dashboard can be pointed out with more characteristics.Pane 11 show 2009 three seasons and
The electric consumption in 2010 four season.The part 24 that the chart in pane 11 can be clicked on to obtain 2010 8 for non-dwelling state
Energy consumption during month.
In chart 25 part 24 being clicked is highlighted around grid with bigger contrast boundaries.At the bottom of chart 31
At portion, the consumption of 141442 units at the project 26 for the time shown in pane 11 is at the bottom of instrument board chart 31
It is illustrated at portion.
On instrument board 10 in figure 3, people can use cursor of mouse 27 and the data described in chart 23
Portion draws frame 28.Data in this technology insulation frame 28, to cause the data to have as shown in Figure 4 at this
Border 29 around data.Other data not in border 29 seem almost to disappear from chart 23.
Fig. 4 instrument board shows that temperature can drive calendar view.Instrument board illustrates date/time situation and outdoor
The dynamic combined of air themperature situation.
Pane 12 shows day and the minimum of in August, 2010 in the grid 51 of the bottom shade of frame, symbol or color
Quantity per daily consumption：The shade, symbol or color may indicate that to be schemed as the non-dwelling state consumption shown by data, the data
Such consumption is presented in present exemplary in 2 and 3.When the partial data in chart 23 is isolated in border 29,
The exactly data being illustrated in each day in pane 12 for August, the amount of the data amount corresponds to be reduced at these days
Or the corresponding grid 51 being removed from these days, because the data selected in frame 28 are not required completely by these
Represented by the grid of day.Identical technology can be applied to the other parts of the data selected in pane 11.
In Figure 5, when selecting pane 13, the summation for showing the specific energy at project 26 is 565768.3.It is used in
As the data selected by border 29 in Fig. 4, the summation for showing the specific energy at project 26 is 99932.5.
Fig. 6 is shown using another of the dwelling state situation (occupied relatively unoccupied) different from monthly view
Example.In this figure, the grid 21 in chart 25 can be in August, 2010 to be chosen.Grid 21 can represent having for building
Consumption during people's inhabitation period.The occupied period for building can be defined at region 19.Can be at project 26
The total power consumption during the dwelling state period for 2009 and 2010 period shown in pane 11 is may indicate that, its
It is 260398 units in this illustrative example.Daily minimal energy consumption for August can be by daily with August
Represented by daily calendar in the pane 12 of the consumption of multiple units.For example, show that the electricity on the Monday on the 1st of August in 2010 disappears
The minimum of consumption is 3160 units.Can by show with the grid in the frame of the unit of this day come indicate consumption size and when
Between.Dwelling state grid can have the significant height at a distance of the bottom of frame.The length of grid may indicate that disappearing for particular day
Consumption.
The chart 23 of pane 13 presents drawing of the specific energy with respect to outdoor air temperature.The phase of isolated data in chart 23
Can be as in figures 3 and 4 to being used those technologies described by the data of unoccupied period data like technology.
Figure 7 illustrates two for the single moon situation.The occupied and nothing in August, 2010 is represented respectively
The grid 21 and 22 that energy during people's inhabitation period uses can be by the moon part at the bottom of the chart 25 in pane 11
Clicked and be chosen.Total energy use at project 26 is 401840 units.It is used at project 26 in Fig. 2
The consumption of dwelling state grid 22 is 141442.The gross energy for dwelling state grid 21 at project 26 in Fig. 6 uses
It is 260398.It may be noted that indicate that the Grand total of the project behind two that energy uses is equal to what is indicated in Fig. 7 at project 26
Total energy uses.
Pane 12 presents the calendar for showing the minimum electric consumption based on daily in August, 2010.Different shade,
Symbol or color can be represented for both daily dwelling state and the consumption of non-dwelling state.Relatively low grid or the moon in day block
Shadow can represent the energy expenditure during the unoccupied period.Middle grid or shade can represent the occupied period during energy
Consumption.The position come between the ending of comfortable each daily frame can represent the time in corresponding day.It may be noted that because someone occupies
It is firmly mutually exclusive with the unoccupied period, so representing that two grids of occupied and unoccupied period do not weigh each other
It is folded.It may be noted that the non-dwelling state time can occur at representational workaday beginning and end, and it is occupied when
Between centre between unoccupied.These times can be as indicated by region 19.
Pane 13 presents the chart 23 with specific energy relative temperature ID, and for the occupied of in August, 2010
Both data are used with the energy of unoccupied period.
Fig. 8 presents the ToolTips for highlighting details.The ToolTips can be the function being building up in current method.People
Can have ToolTips monthly display together, calendar to show dwelling state situation and outdoor weather conditions.Cursor of mouse
Grid 21 in pane 11 can be clicked to cause messagewindow or ToolTips 52, the messagewindow or ToolTips 52 are opened up
The information relevant with the part of chart 25 is showed.For example, the month of timestamp, meter type name, dwelling state, timestamp
Season, the time of timestamp and consumption can be as shown by ToolTips 52.Information shown in example tooltips 52
It is August, electricity, unoccupied, Q3,2010 and 141442 respectively.Another can be caused by carrying out click to the grid 22 of chart 25
ToolTips 52, it presents as shown in Figure 9 except dwelling state is occupied, consumes the identical in addition to being 260398
Information.
In an identical manner, cursor of mouse can be clicked on to the specific part of the day in calendar 55, and ToolTips 53 can
Occur for the special time of day, indicate the moon of such as timestamp, timestamp, meter type name, dwelling state, timestamp
Working day, the time of timestamp, specific energy and the minute of day.In Figure 10 particular example, the item of information in ToolTips 53
It is August respectively, 8/1,0/2,010 8:00:00AM, electricity, occupied, Tuesday, the 33rd week, 2010,1004 specific energies and should
480 minutes of day.As shown in Figure 11, due to specific to this day in calendar 55 as indicated by the round dot in circle 57
Clicked on, highlight corresponding data point 56, and other data points is lost contrast in the chart 23 in pane 13.
Instrument board effectively shows highlighting from calendar 55 to open-air scatter-plot 23.People can move the cursor to a little 56
And another message box 58 is obtained, the message box 58 indicates such as timestamp, dwelling state, specific energy and outdoor air temperature
Information.In the particular instance of frame 58, item of information is 8/1,0/2,010 8 respectively:00:00AM, it is occupied, 1004 and
76。
As shown in Figure 12, cursor is clicked on to the round dot in the circle 57 (open area of pane 12) in calendar 55, can
Being presented from the round dot in Figure 11 and iris out the calendar, Figure 11 is shown for daily occupied and uninhabited grid, with
And the complete contrast for making all map datas in chart enter in icon 23.This figure shows a variety of choosings of the day in calendar
Select, the calendar drives outdoor scatter-plot.Such as in fig. 11, to any in the point or calendar 55 in the circle 57 in Figure 11
Other data points click on cursor again can be by calendar 55, and the corresponding data point 56 in the chart 23 contrasted completely together with entrance is simultaneously
And together with the remaining data point in the chart 23 for entering low contrast, return to the data clicked on shown in circle 57
Point.The specific week in August, all as indicated in fig. 12 the 33rd weeks may be selected.Data with the Zhou Youguan will be in calendar
Protruded in 55 at the bottom of numeral, and the corresponding data in chart 23 will keep their sharp contrast, and not be the
Low contrast will be presented in the graph for the remaining data of the part of 33 weeks.
Figure 13 and 14 show to the 33rd week again carry out click on cursor result, which results in specific energy chart, and
Cursor is pulled across all day for the 33rd week day.As indicated in fig. 14, particular day (such as Tuesday) can be carried out
Click on, show the chart of consumption with respect to the minute of day according to specific energy.This click is effective scaling to the odd-numbered day.Only for
The data of this day keep contrast in the chart 23 of pane 13, and low contrast is presented in other data.As shown in Figure 15, can with
In setting cursor in the data point 71 of the drawing on the Tuesday, this can cause ToolTips 72, and it gives particulars to a single point.Can
Identical data point 71 is found with cursor in chart 23, to obtain corresponding message box or ToolTips as shown in Figure 16
74.Although being illustrated that different information, ToolTips 74 can show relevant with a single point in open-air scatter-plot
Details.
In fig. 17, the coal gas instrument to be checked, such as " Boiler4Gas " can be selected in region 16.Disappear on coal gas
The information of consumption can also then with the chart 25 of pane 11 already mentioned information similar mode occur.Can be in chart
Cursor is arranged in August, 2010 under 25 coal gas part and it is clicked on.The daily pattern of chart 55 in pane 12 can
Be converted to coal gas meter type.In figure 18, the data of gas consumption may alternatively appear in all projects shown as 535161 units
At 26.Cursor can be placed in data point as in fig 18, to obtain the message box 76 in the chart 55 of pane 12.Can be
The associated data for this day is selected in pane 12.Figure 18 uses the dark contrast in the chart 23 of the pane 12 shown in Figure 19
To reveal.In fig. 20, message box 77 can be obtained by placing cursor in the data point in the chart 23 of pane 13.
The gas consumption of the whole month in the August, 2010 that data point in chart 23 can be used in Figure 18.However, as indicated by Figure 19,
Cursor is clicked on to Wednesday in calendar 55 can cause the data on Wednesday in only chart 23 to keep identical to contrast, and August
The coal gas data of remainder are reduced into low contrast.
Figure 20 pane 11 indicates the additional another meter type in chart 25, such as instrument for water consumption
Table, for the instrument with electricity and the instrument same time period of coal gas.However, there is no consumption data in this example.Other species
Instrument can be added to the system as required.Identical technology can be used for as indicated by electricity and coal gas data from new
Increased instrumental observation data.
In the chart 55 of pane 12 in Figure 21, data point 78 can be selected with cursor, and can from data point 78 to
The axle of chart 55 introduces line so that and specific energy accurately can graphically be determined on another axle, and the minute of day can
Similarly it is patterned immediately determination.In fig. 22 similarly, line can be introduced from the selected point 78 in the chart 23 of pane 13,
So as to be accurately determined specific energy and outdoor air temperature from the axle of chart.However, class can be distinguished in Figure 21 and Figure 22
As be chart 55 and 23 in data point obtain ToolTips 53 and 58 (Figure 10 and 11).
Be selected instrument in chart 25 respectively as shown in Figure 23 and 24, according to season or year consumption or
Demand can check consumption or the demand of coal gas or other power.All data points for the longer period can be presented on chart
In 23.Total 1670243 and 6733483 units of consumption in season and year can be recorded respectively in project 26.Or coal gas
Or electrographic recording consumption, as the sum for the available institute's having time of the data.Can be coal gas, electricity and water (all meter types)
Further completely recorded consumption, the institute's having time being recorded for data indicated in the chart 25 in such as Figure 25.In project
The wastage in bulk or weight indicated at 26 is revealed as 99763414 units.Combination consumption or demand from different types of power may
Need to be converted to the common unit in basic data source.
Figure 25 shows the sum according to month in chart 25, and cursor can be placed to it and thinks that each meter type has
People lives or the unoccupied period obtains monthly sum.Figure 26 shows the sum according to season in chart 25, and it can be put
Put cursor and think that the occupied and unoccupied period of each meter type obtains season sum.Figure 27 is shown in chart 25
According to the sum in year, cursor can be placed to it, and to think that occupied and unoccupied period of each meter type obtains year total
Number.
Pane 12 in Figure 28 presents 2009 with another 2010 years for particular day (such as August in chart 55
Middle Tuesday) electric consumption comparison.Figure 29 presents the ToolTips 81 of this day in 2009, and Figure 30 is presented
The ToolTips 82 of this day in 2010.
Figure 31 Nian Yunian (such as 2010 and 2009) is not only presented in chart 55 compared with consumption, and it is presented
Such comparison of three kinds of different instrument (such as electricity, coal gas and water).
Figure 32 and 33 respectively illustrates the ToolTips 83 for the electric data point on the 33rd week Tuesday in 2009, with
And the ToolTips 84 for the electric data point on the 33rd week Tuesday in 2010.Figure 34 and 35 respectively illustrate on
The ToolTips 85 of the coal gas data point on the 33rd week Tuesday in 2009, and for the coal on the 33rd week Tuesday in 2010
The ToolTips 86 at destiny strong point.
Figure 36 shows the ToolTips 87 for the data point on the 33rd week Tuesday in 2009.For 2009
Water consumption be rendered as zero, and will also be illustrated as the water consumption of the phase in 2010 on the same day for this data set
Zero.
Consumption more for many years can be shown with instrument board 10.Moreover, it can show to be used for more polymorphic type on instrument board 10
Instrument data.
Summary in view of Fig. 1-36 can be provided.A kind of system, there is utility consumption dashboard, processor can be included, connected
It is connected to the user interface of processor and is connected to the display of processor.The display can display instrument dash board.The instrument board can
With one or more panes.At least one pane can have the entirety and inter-view of the information related to energy.
The first pane in one or more panes can have the chart for the consumption of power relative time for indicating space.
Second pane can have the calendar view of consumption of power relative time.3rd pane can have the consumption of power to become with respect to situation
The scatter-plot of amount.Situational variable can be air themperature, sales volume, productivity ratio, the space density of population and/or shadow outside space
Ring another situational variable of the consumption of power.Scatter-plot obtains based in part on the consumption of power with the time.Can
In the presence of additional pane.
The consumption of power can be showed according to situation by indicating the chart of the consumption of power relative time in space.Situation can provide
The spatiality of the consumption of power.This spatiality can include situational variable.Situational variable can relate to occupied, unmanned occupy
Firmly, sales volume, productivity ratio, the space density of population and/or another situational variable for influenceing the consumption of power.
The chart indicates the consumption of power also according to type.Type can be electricity, coal gas and water and/or other types of
The consumption of power.Each pane in one or more panes can show the presentation of other consumption of power relevant informations.With energy
The related information of amount may include energy expenditure.
Second pane may be scaled to the chart of the data point in the odd-numbered day for the consumption of power.This is used for consumption of power list
The data point of day can be illustrated in the scatter-plot of the 3rd pane.Second pane may be scaled to for two or more odd-numbered days
The chart of data point, it is distinguishable from each other according to the type of the consumption of power and/or according to the time.
Method for utility consumption dashboard to be presented can include generates instrument board, in instrument over the display with processor
One or more panes are generated on dash board and at least one pane has the inter-view of the information related to energy.It can use
Family interface realizes the interaction of the inter-view of the information related to energy.
The first pane in one or more panes on the dash panel can have the figure of consumption of power relative time section
Table.Second pane can have the calendar view of the consumption of power, selected for the period in the chart of the first pane
Unit.
The consumption of power of the chart of first pane can be in situation.The situation can include occupied, unoccupied, pin
The amount of selling, productivity ratio, realize the space density of population in the space of the consumption of power and/or influence another feelings of the consumption of power
Border.
The calendar view of the selected unit of period can be scaled to dynamic in the selected unit of the period
The increment view of power consumption.The consumption of power of chart in the first pane can have type.Type can be electricity, coal
Other types of gas and water and/or the consumption of power.
The 3rd pane in one or more panes may include the scatter-plot of data point, and these data points come from
The indicated consumption of power in the calendar view of two panes.This method can further include generation and the number in multiple data points
The relevant ToolTips in strong point.ToolTips can provide the details on data point.Details can relate to situation, time
Selected unit, type and/or the other attributes on data point of section.Situation can influence the change of the consumption of power
Amount.The variable can include air themperature, sales volume, productivity ratio and/or the space density of population outside space.Additional window may be present
Lattice.
Another example of utility consumption dashboard system can include display, be connected to display processor, with
And the utility consumption dashboard generated over the display by processor.Utility consumption dashboard can have one or more
Pane.The first pane in one or more panes can have the view of the consumption of power relative-date period in space.The
Two panes can have the consumption of power to be used for one of date-time section with respect to the view of the drawing of situational variable, the situational variable
Or multiple increments.Situational variable can relate to air themperature, sales volume, productivity ratio, the space density of population and/or influence outside space
Another situational variable of the consumption of power.Utility consumption dashboard can also have the 3rd pane.3rd pane can have dynamic
The calendar view of power consumption.
The selection of one or more of view to drawing data point can drive calendar view.To in the view of drawing one
The selection of individual or multiple data points can cause the dynamic interaction between the consumption of power, date-time section and situational variable.Situation
Variable can be air themperature outside space, sales volume, productivity ratio, the space density of population and/or influence the another of the consumption of power
One situational variable.Selection to the particular data point in drawing can cause to provide the ToolTips on data point details.
Details can comprise at least the air themperature outside dwelling state situation, date-time section, the consumption of power and/or space.
It is that on June 12nd, 12/483,433,2009 is submitting and entitled " for carrying that related application, which can combine numbering,
For the method and system of monolithic architecture thing summary instrument board " U.S. Patent application；Numbering is in October, 12/259,959,2008
The U.S. Patent application of " being used for the apparatus and method for showing energy-related information " submitting and entitled on the 28, it is required
Numbering is the rights and interests of 60/987,143,2007 on November, 12, U.S. Provisional Patent Applications submitted；And numbering is 11/770,
626th, the U.S. Patent application on June 28th, 2007 " thermostat with usage history " submitting and entitled.
Numbering be on June 12nd, 12/483,433,2009 U.S. Patent application submitted be incorporated herein by reference.Compile
Number on October 28th, 12/259,959,2008 U.S. Patent application submitted be incorporated herein by reference.Numbering is 60/
987,143rd, on November 12nd, 2007, the U.S. Provisional Patent Application submitted was incorporated herein by reference.Numbering is 11/770,
626th, on June 28th, 2007, the U.S. Patent application submitted was incorporated herein by reference.
In this manual, even if illustrating in another manner or tense, some facts can also be assumed that or indicated
Property.
Although the system and/or method, people in the art are described by reference at least one illustrated examples
When member reads the specification, many, which changes and modifications, to be apparent from.It is therefore intended that appended claim is in view of existing
Technology is construed broadly as much as possible, such to be changed and modifications including all.
Claims (9)
1. a kind of utility consumption dashboard system, including：
Display；
It is connected to the processor of display；And
The utility consumption dashboard generated on the display by processor；And
Wherein：
Utility consumption dashboard includes one or more panes；
The first pane in one or more panes includes the view of the consumption of power relative-date period in space；And
The second pane in one or more panes include the consumption of power it is relative for one of the date-time section or
The view of the drawing of the situational variable of multiple increments, wherein the consumption of power phase by selecting space in first pane
One or more data points of date-time section are determined with one or more increments of the date-time section；
The 3rd pane in one or more of panes, wherein the 3rd pane is included in what is selected in first pane
The calendar view of the consumption of power during one or more increments of the date-time section；
First pane, second pane and the 3rd pane are simultaneously displayed in the utility consumption dashboard；
And
Air themperature, sales volume, productivity ratio, the space density of population and influence power consumption of the situational variable outside by space
Selected in the group of another situational variable composition of amount.
2. the system of claim 1, wherein：
The selection of one or more of view to drawing data point result in the consumption of power, date-time section and institute
State the dynamic interaction between situational variable.
3. the system of claim 1, wherein：
Selection to the data point in drawing result in ToolTips, and the ToolTips provides the details on data point；
The details comprises at least dwelling state situation, date-time section, the consumption of power and/or the situational variable.
4. a kind of system with utility consumption dashboard, including：
Processor；
It is connected to the user interface of processor；And
It is connected to the display of processor；And
Wherein：
The display includes the presentation of instrument board；
The instrument board includes two or more simultaneously visual panes；
The first pane in described two or more panes includes the chart of the consumption of power relative time in instruction space；With
And
The second pane in described two or more panes includes passing through the selection time point in the chart of first pane
And the calendar view of the consumption of power relative time during the period selected；
The 3rd pane in described two or more panes includes scatter-plot of the consumption of power with respect to situational variable；
First pane, second pane of described two or more panes, the 3rd pane are simultaneously displayed on institute
State on instrument board；And
At least one pane includes the integrated and inter-view of the information related to energy.
5. the system of claim 4, wherein：
Air themperature, sales volume, productivity ratio, the space density of population and influence power consumption of the situational variable outside by space
Selected in the group of another situational variable composition of amount；And
The scatter-plot obtains based in part on consumption of power relative time.
6. the system of claim 5, wherein：
Indicate that the chart of the consumption of power relative time in space presents the consumption of power according to situation；
The situation includes the state in the space of the consumption of power；
The state in the space includes situational variable；And
The situational variable is disappeared from by occupied, unoccupied, sales volume, productivity ratio, the space density of population or influence power
Selected in the group of another situational variable composition of consumption.
7. a kind of method for utility consumption dashboard to be presented, including：
Instrument board is generated over the display with processor；And
One or more panes are generated on the dash panel；And
One or more panes are wherein generated on the instrument board includes generation：
The first pane in one or more panes on the instrument board of chart including consumption of power relative time section；
Second pane of one or more panes of the calendar view including the consumption of power, the calendar of the consumption of power regard
Scheme the selected unit for the period in the chart of the first pane, wherein, by the figure for selecting first pane
Time point in table determines the selected unit of the period；
The 3rd pane in one or more of panes of scatter-plot including the relative situational variable of the consumption of power,
First pane, second pane and the 3rd pane of one or more of panes are simultaneously displayed on described
On instrument board；
At least one pane in wherein one or more of panes includes the inter-view of the information related to energy.
8. the method for claim 7, wherein：
The consumption of power of the chart of first pane is in situation；
The situation from by occupied, unoccupied, sales volume, productivity ratio, realize the consumption of power space in population it is close
Selected in degree, and the group of another situation composition of the influence consumption of power；And
The calendar view of the selected unit of the period is scaled to power within the selected unit of period and disappeared
The increment view of consumption.
9. the method for claim 7,
Further comprise：
The generation ToolTips relevant with the data point in these data points；And
Wherein：
The ToolTips provides the details on the data point；
Details include situation, the selected unit of period, type and/or other attributes on data point；
The situation is to influence the variable of the consumption of power；And
Selected in the group that forms of air themperature, sales volume, productivity ratio and the space density of population that the variable can be outside by space.
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| US13/220,895 US9412138B2 (en) | 2011-08-30 | 2011-08-30 | Dashboard for monitoring energy consumption and demand |
| US13/220895 | 2011-08-30 | ||
| US13/220,895 | 2011-08-30 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103020421A CN103020421A (en) | 2013-04-03 |
| CN103020421B true CN103020421B (en) | 2018-01-05 |
Family
ID=47745512
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201210380078.1A Active CN103020421B (en) | 2011-08-30 | 2012-08-29 | energy dashboard |
Country Status (2)
| Country | Link |
|---|---|
| US (1) | US9412138B2 (en) |
| CN (1) | CN103020421B (en) |
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| US9412138B2 (en) | 2016-08-09 |
| CN103020421A (en) | 2013-04-03 |
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